COMPOUNDS POLISHING REMOVING

Brand Owner (click to sort) Address Description
GS 27 GAULTIER SA 8, RUE NICOLAS APPERT, ZI NO. 2 BP 317 JOUE LES TOURS 37303 France COMPOUNDS FOR POLISHING AND REMOVING SCRATCHES FROM PAINTED SURFACES, ENAMEL FINISH AND LAMINATED WOOD; RUST AND PAINT REMOVING COMPOUNDS FOR USE ON PAINT AND CHROME; AND GOLD, SILVER AND BRASS POLISH;
GS 27 GAULTIER SA 8, RUE NICOLAS APPERT, ZI NO. 2 BP 317 JOUE LES TOURS 37303 France COMPOUNDS FOR POLISHING AND REMOVING SCRATCHES FROM PAINTED SURFACES, ENAMEL FINISH AND LAMINATED WOOD; RUST AND PAINT REMOVING COMPOUNDS FOR USE ON PAINT AND CHROME; AND GOLD, SILVER AND BRASS POLISH;
GS 27 BLUE RIDGE INTERNATIONAL P.O. BOX 1569 GROUND FLOOR, HARBOUR CENTRE GEORGE TOWN Cayman Islands COMPOUNDS FOR POLISHING AND REMOVING SCRATCHES FROM PAINTED SURFACES, ENAMEL FINISH AND LAMINATED WOOD; RUST AND PAINT REMOVING COMPOUNDS FOR USE ON PAINT AND CHROME; AND GOLD, SILVER AND BRASS POLISH;
GS 27 GAULTIER, SERGE 8 Rue Nicolas Appert, Z.I. n 2 37303 Joue-Les-Tours France COMPOUNDS FOR POLISHING AND REMOVING SCRATCHES FROM PAINTED SURFACES, ENAMEL FINISH AND LAMINATED WOOD; RUST AND PAINT REMOVING COMPOUNDS FOR USE ON PAINT AND CHROME; AND GOLD, SILVER AND BRASS POLISH;
GS27 GAULTIER SA 8, RUE NICOLAS APPERT, ZI NO. 2 BP 317 JOUE LES TOURS 37303 France COMPOUNDS FOR POLISHING AND REMOVING SCRATCHES FROM PAINTED SURFACES, ENAMEL FINISH AND LAMINATED WOOD; RUST AND PAINT REMOVING COMPOUNDS FOR USE ON PAINT AND CHROME; AND GOLD, SILVER AND BRASS POLISH;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A method for producing a semiconductor device, polishing method, and polishing apparatus, suppressing occurrence of dishing and erosion in a flattening process by polishing of a metal film for constituting an interconnection of a semiconductor device having a multilayer interconnection structure. The production method includes the steps of: forming a passivation film exhibiting an action of inhibiting an electrolytic reaction of a metal at the surface of the metal film; selectively removing the passivation film on a projecting portion so as to expose the projecting portion of the metal film at the surface; removing the exposed projecting portion of the metal film by electrolytic polishing so as to flatten unevenness of the surface of the metal film; and removing the metal film present on an insulation film from the metal film with the flattened surface by electrolytic composite polishing combining electrolytic polishing and mechanical polishing so as to form an interconnection.